RR-6808We present a new local alignment method for the protein threading problem. Local sequence-sequence alignments are widely used to find functionally important regions in families of proteins. However, to the best of our knowledge, no local sequence-structure alignment algorithm has been described in the literature. Here we model local alignments as Mixed Integer Programming (MIP) models. These models permit to align a part of a protein structure onto a protein sequence in order to detect local similarities. The paper describes two MIP models, compares and analyzes their performance by using ILOG CPLEX 10 solver
The POLYFIT rigid-body algorithm for automated global pairwise and multiple protein structural align...
International audienceThis paper presents efficient algorithms for solving the problem of aligning a...
Computational protein threading is a powerful technique for recognizing native-like folds of a prote...
RR-6808We present a new local alignment method for the protein threading problem. Local sequence-seq...
During the last decade, significant progresses have been made in solving the Protein Threading Probl...
ON LINE : MAY 2010 IN PRESSE : SEPTEMBER 2011International audienceDuring the last decade, significa...
AbstractDuring the last decade, significant progress has been made in solving the Protein Threading ...
International audienceThis paper describes a new algorithm that expands upon algorithms proposed in ...
Conventionally, protein structure prediction via threading relies on some nonoptimal method to align...
Conventionally, protein structure prediction via "threading" relies on some non-optimal me...
Detecting similarities and homologies between proteins is a key step during the annotation process. ...
This thesis presents a divide-and-conquer method for protein threading called recursive dynamic prog...
The POLYFIT rigid-body algorithm for automated global pairwise and multiple protein structural align...
International audienceThis paper presents efficient algorithms for solving the problem of aligning a...
Computational protein threading is a powerful technique for recognizing native-like folds of a prote...
RR-6808We present a new local alignment method for the protein threading problem. Local sequence-seq...
During the last decade, significant progresses have been made in solving the Protein Threading Probl...
ON LINE : MAY 2010 IN PRESSE : SEPTEMBER 2011International audienceDuring the last decade, significa...
AbstractDuring the last decade, significant progress has been made in solving the Protein Threading ...
International audienceThis paper describes a new algorithm that expands upon algorithms proposed in ...
Conventionally, protein structure prediction via threading relies on some nonoptimal method to align...
Conventionally, protein structure prediction via "threading" relies on some non-optimal me...
Detecting similarities and homologies between proteins is a key step during the annotation process. ...
This thesis presents a divide-and-conquer method for protein threading called recursive dynamic prog...
The POLYFIT rigid-body algorithm for automated global pairwise and multiple protein structural align...
International audienceThis paper presents efficient algorithms for solving the problem of aligning a...
Computational protein threading is a powerful technique for recognizing native-like folds of a prote...